Schrödinger's Cat and Heisenberg's Dog share one creator, so every trade of either coin feeds the same box. Every few minutes the box is opened and measured. Whichever one it collapses to gets bought and burned.
latest 10 · every outcome can be re-derived from Solana
The box (creator of both coins): –
how it works
Spooky action on the bonding curve
The physics behind the name, and how this pair of coins borrows it.
Schrödinger's Cat · $SCHRO
In 1935 Erwin Schrödinger, who also coined the word entanglement, imagined a cat sealed in a box whose fate hangs on one atom. Taken literally, quantum rules say the cat is alive and dead until someone looks.
⟨🐶|🐱⟩entangled
Heisenberg's Dog · $HEISEN
Werner Heisenberg showed you can't know a particle's position and momentum exactly at the same time. The more precisely you pin one down, the blurrier the other gets. A good dog that never stays put.
Superposition
A quantum system can be in a blend of states at once. An electron's spin can be partly up and partly down at the same time. Only a measurement makes it pick one.
until the box opens, the next burn belongs to neither coin. Nobody knows which one it'll be, the dev included.
Entanglement
Two particles can share one quantum state. Measure one and you instantly know the other, however far apart they are: if one spin is up, its partner's is down. Einstein called it "spooky action at a distance". Experiments testing Bell's theorem showed it is real, and they won the 2022 Nobel Prize in Physics.
$SCHRO and $HEISEN have one creator, so their fees land in one shared vault. Neither coin has a pot of its own.
Measurement & collapse
Looking at a system in superposition forces it into one definite state, at random, with odds set by the state. That jump from "both" to "one" is called collapse.
the measurement is a Solana blockhash the worker can't predict or choose. It is hashed into one roll, and the box collapses to |CAT⟩ or |DOG⟩.
Uncertainty
Heisenberg's uncertainty principle: some pairs of properties can't both be known sharply. Knowing exactly where a particle is means knowing less about where it's going.
you can know exactly which coin you hold, never which one the next burn will hit.
Every time the box opens
ClaimThe box collects the creator fees from both coins in one claim. pump.fun keeps one fee vault per creator.
Pick a slotIt takes the latest finalized Solana slot and reads its blockhash, which nobody knew a moment earlier.
Collapsesha256("entangled:"+n+":"+blockhash). A small chance of superposition; otherwise the last byte is even → 🐱, odd → 🐶.
Buy & burnEverything above the box's gas reserve buys the measured coin and burns it forever. Superposition splits it 50/50.
RecordThe slot, blockhash, hash and transactions go into the log, so anyone can recompute the outcome.
Questions
Why trade one coin if the burn might go to the other?
Every trade feeds the shared pot. Volume on $HEISEN can end up burning $SCHRO, and the other way round. Over many openings each wins about half the measurements, so the two charts stay linked. Trade either, feed both.
Is this real quantum randomness?
No. Entanglement is the metaphor, and the mechanism is code. The coins are linked by a shared wallet, and the randomness comes from a Solana blockhash, not a quantum device. The blockhash is unpredictable when the box opens and anyone can recheck the outcome, but it isn't a VRF.
Does anyone take a cut?
No. 100% of the claimed creator fees go to buy-and-burn, minus the network fees the box pays for its own transactions and a small reserve it keeps to pay them.
What if a coin graduates?
A coin that graduates to PumpSwap can't be bought on its bonding curve, and PumpSwap buy-backs aren't wired yet. If the box collapses onto a graduated coin, the entanglement carries the burn to its twin.
Can the dev pick the outcome?
The outcome comes from the slot read right after the claim, and the log records which slot it was. Anyone can fetch that slot's blockhash from Solana and redo the hash. A swapped outcome would show up as a mismatch.